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Friday, 24 July 2015

Film of Alf Traeger's Morse Typewriter

With one million minutes of Associated Press and MovietoneNewsnewsreel footage being added to YouTube comes the chance to watch Alfred Traeger's Australian Outback Morse typewriter being demonstrated. It is a short segment in a British Movietone News program filmed in Adelaide, probably in 1933, the year Traeger invented the machine. A post of this blog featuring the Traeger typewriter can be found here. See also the story of how I was fortunate enough to stumble across it here. My article on the Traeger appeared in ETCetera No 95, in September 2011.

This is a photograph I took of the Traeger Morse typewriter at Museum Victoria's ScienceWorks in Melbourne during the I Am Typewriter festival in 2011.

AP and Movietone have uploaded huge archives of historic news footage to YouTube, dating back to 1895. It is the largest upload of
such content to the video-sharing platform yet, and includes 550,000 filmed stories. The digitised archival footage offers a “view-on-demand visual
encyclopedia”. Other typewriter-related items include the 1961 release of the IBM Selectric with its golfball, and a story on the continued use of manual typewriters in India:

But back to Traeger ...

A young Alfred Traeger

Alfred Herman Traeger is best known for his development of a pedal-powered
radio, which from the late 1920s provided a means of direct contact to the
outside world for Aboriginal communities and white Australian settlers living in
the nation’s vast “outback”. But Traeger’s wireless sets required a working
knowledge of the Morse code, which few of the people in need of his radios had.
In 1933, Traeger overcame this problem by devising his Morse typewriter.

When he developed his wireless, Traeger was aware of earlier, World War
I-era pedal-powered electricity generators. As a young man, he had seen a
travelling Pathé picture show, the screening of which was made possible by a
bicycle-mounted power unit. While it generated only a low voltage, it gave
Traeger the idea he would, in 1929, turn into the vital element in the success
of the Royal Australian Flying Doctor Service. As one biographer would have it,
Traeger made “generator armature winding an art form”. His two-way network
became “the heartbeat of outback life”.

The Traeger Morse typewriter is rudimentary to say the
least, yet it was highly functional. Strictly speaking, the Traeger “typewriter”
is no more than an automatic Morse keyboard. While it resembles a typewriter, it
simply comprises of keys connected to a working face of pivoted steel bars, with
notched long and short spacings corresponding to the Morse alphabet.

The Traeger machine helped provide what Flying Doctor Service
founder, the Reverend John Flynn, described as a “mantle of safety” for
Australians living in extreme isolation.

Alfred Traeger was born on August 2, 1895, at Glenlee, near Dimboola, 225
miles north-west of Melbourne in Victoria, Australia. His father, Johann
Traeger, was a farmer, born in South Australia, where Johann’s German parents
had migrated in 1848. Johann took his family back to South Australia in 1902,
when Alfred was seven. The Traegers settled near Balaklava, 58 miles north of
Adelaide. Alfred attended the Balaklava Public School. Alfred was described as a
“curious, patient, precise child”. At the age of

12 he made a crude but effective telephone receiver, and was able to
transmit between the tool shed and the family home, 55 yards distant. Traeger
used whatever he could lay his hands on: bits and pieces of equipment from
around the farmyard were patched together to make a microphone and earpiece; the
diaphragm for the earpiece was made from a tobacco tin lid, the magnet was the
prong of a pitchfork and the carbon for the microphone came from the kitchen
stove. Farm fencing wire was also called into service.

Traeger tests his 'typewriter'

Traeger was sent to the Martin Luther School in Adelaide
before spending two years at a technical high school. From 1912 he studied mechanical and
electrical engineering at the South Australian School of Mines and Industries,
gaining an associate diploma in 1915. Traeger’s special interests were in
ammeters and generators. He went to work for first the Metropolitan Tramways
Trust and later the South Australian Postmaster-General's Department. By the
outbreak of World War I, Traeger had also developed a passion for aircraft, and
during the war he tried to enlist with the Australian Flying

Corps. However, he was turned down because of his German ancestry, even though his grandparents had long since become naturalised
Australians.

Traeger tests the transceiver

Traeger’s bent for inventing led to him applying to the US Patent
Office in Washington DC in March 1920 for a combined variable-speed clutch and free-wheel device for
motorcycles. In 1923 Traeger joined Hannan Brothers in Adelaide, handling their
car generator and electrical repairs. He had already become intrigued by radio.
While at the school of mines and industries, Traeger had studied the work of Guglielmo Marconi and Heinrich
Hertz on the nature of radio waves. Traeger obtained an amateur radio operator's
licence, with the call sign VK5AV, and became a member of the Wireless Institute
of Australia, the oldest amateur radio society in the world (established
1910). For his final practical examination at the school of mines and industries, Traeger had to build a high-voltage generator. It was through this device
that, in 1925, Traeger was introduced to John Flynn.

John Flynn

On a salary of £500 a year,
Traeger joined Flynn’s mission.

Flynn had founded the Australian Inland Mission of the Presbyterian Church
of Australia in 1912, and in 1928 the AIM established an Aerial Medical Service.
At the time of meeting Traeger, Flynn had declared “the practicability of the
Flying Doctor proposal depends almost entirely on the widespread adoption of
wireless by bush residents”. In 1926 Flynn and Traeger carried out wireless
experiments in outback areas, and succeeded in transmitting the first radio
telegram. But the awkwardly-sized and weighted, heavy-duty copper oxide Edison
batteries proved unsuitable for remote homesteads. Traeger overcame this problem by inventing a small, low-cost (£33 each),
durable, easy-to-operate pedal-driven generator which was “comfortably” capable
of producing 20 watts of direct current power at a pressure of 300 volts,
sufficient to run a high frequency transceiver. He enclosed the generator's
fly-wheel and gears in a cylindrical metal housing, with pedals outside and a
cast base to be screwed on to the floor beneath a table. Traeger built the
transceiver into a box, employing a master switch to separate the crystal
controller transmitter from the receiver.

From 1929, Traeger travelled to outback
areas across Queensland, South Australia, the Northern Territory and Western
Australia, installing these sets and teaching the users Morse code and how to
use their radios. He found, however, that for many people, grasping a working
knowledge of the Morse code presented a fresh challenge. So in 1933, Traeger
invented his typewriter Morse keyboard, enabling outback users to type their
message in plain language and have it transmitted in Morse. He later developed a voice-capable
transceiver.

Traeger in later life

Traeger was honoured for his work with the Flying Doctor Service (as
it had become known in 1942) by being appointed a member of the Order of
the British Empire in 1944. Traeger had suggested the idea of a School of the
Air, and in 1951 this became a reality through the work of Adelaide Laetitia
Miethke, a South Australian teacher. Traeger continued inventing: In 1974 he patented a gas turbine-driven car
and used solar power to convert salt water to fresh water. He died on July 31,
1980, at Rosslyn Park, Adelaide.

Kia Ora!

Tapping gingerly. Sunday morning, coming down.
Might be my third or fourth attempt to establish a blog. Steeled to make it work this time. All about typewriters. Typewriters in Australia. Ergo, "oz.Typewriter", something a bit different. Please enjoy.